package com.ems.util;

/**
 * 设备枚举，方便前端传递设备类型编码，返回设备名称
 */
public class EmsPointUtil {


    public static final Integer SALVE_BMS_DEVICE_ADDRESS = 11101;                                        // 子设备地址，BMS
    public static final Integer SALVE_PCS_DEVICE_ADDRESS = 11102;                                        // 子设备地址，PCS


    // BMS电池簇数据
    public static final Integer SOC = 6;                                                                //SOC
    public static final Integer BATTERY_TOTAL_VOLTAGE = 108;                                            //电池总压
    public static final Integer BATTERY_CURRENT_ABSOLUTE = 109;                                         //电池电流绝对值
    public static final Integer MAX_SINGLE_VOLTAGE = 110;                                               //最高单体电压
    public static final Integer MIN_SINGLE_VOLTAGE = 111;                                               //最低单体电压
    public static final Integer AVG_SINGLE_VOLTAGE = 112;                                               //平均单体电压
    public static final Integer MAX_TEMP = 113;                                                         //最高温度
    public static final Integer MIN_TEMP = 114;                                                         //最低温度
    public static final Integer AVG_TEMP = 115;                                                         //平均温度
    public static final Integer MAX_SINGLE_NUMBER = 116;                                                //最高单体编号
    public static final Integer MIN_SINGLE_NUMBER = 117;                                                //最低单体编号
    public static final Integer MAX_TEMP_NUMBER = 118;                                                  //最高温度编号
    public static final Integer MIN_TEMP_NUMBER = 119; //最低温度编号
    public static final Integer BATTERY_VOLTAGE_DIFF = 120;//电池压差
    public static final Integer BATTERY_TEMP_DIFF = 121; //电池温差"
    public static final Integer BATTERY_CURRENT = 122; //电池电流"
    public static final Integer UN_CHARGE_FLAG = 123; //禁充标志"
    public static final Integer UN_DISCHARGE_FLAG = 124; // "禁放标志"
    public static final Integer MAX_ALLOW_CHARGE_VOLTAGE = 125; // "最大允许充电电压"
    public static final Integer MAX_ALLOW_CHARGE_CURRENT = 126; // "最大允许充电电流"
    public static final Integer MAX_ALLOW_DISCHARGE_CURRENT = 127; // "最大允许放电电流"
    public static final Integer BATTERY_CAPACITY = 128; // "电池额定容量"
    public static final Integer BATTERY_SURPLUS = 129; // "电池剩余容量"
    public static final Integer MAX_SETUP_SALVE_NUMBER = 130; // "最大可设置从机数"
    public static final Integer MIN_SETUP_SALVE_NUMBER = 131; // "最小可设置从机数"
    public static final Integer ON_LINE_SALVE_NUMBER = 132; // "实际检测在线从机数"
    public static final Integer SALVE_ID_STATUS = 133; // "从机ID分配状态"
    public static final Integer CHARGE_DISCHARGE_STATUS = 134; // "充放电状态"
    public static final Integer SALVE_SINGLE_DISPLAY_BIT = 135; // "从机单体信息显示位"
    public static final Integer RELAY_STATUS = 136; // "继电器状态"
    public static final Integer SYSTEM_STATUS = 137; // "系统状态"
    public static final Integer SALVE_COMM_STATUS = 138; //从机通信状态 0-异常，1-正常
    public static final Integer V_BAT_HIGH_VOLTAGE = 139; //高压1-Vbat电压
    public static final Integer HV1_HIGH_VOLTAGE = 140; //高压2-HV1电压
    public static final Integer HV2_HIGH_VOLTAGE = 141; //高压3-HV2电压
    public static final Integer TOTAL_CHANGE_LOW = 142; //累计充电容量（低位）
    public static final Integer TOTAL_CHANGE_HIGH = 143; //累计充电容量（高位）
    public static final Integer TOTAL_DIS_CHANGE_LOW = 144; //累计放电容量（低位）
    public static final Integer TOTAL_DIS_CHANGE_HIGH = 145; //累计放电容量（高位）
    public static final Integer TOTAL_CHANGE_TIME_LOW = 146; //累计充电时间（低位）
    public static final Integer TOTAL_CHANGE_TIME_HIGH = 147; //累计充电时间（高位）
    public static final Integer TOTAL_DIS_CHANGE_TIME_LOW = 148; //累计放电时间（低位）
    public static final Integer TOTAL_DIS_CHANGE_TIME_HIGH = 149; //累计放电时间（高位）
    public static final Integer TOTAL_DIS_CHANGE_AMOUNT_LOW = 150; //累计放电能量（低位）
    public static final Integer TOTAL_DIS_CHANGE_AMOUNT_HIGH = 151; //累计放电能量（高位）
    public static final Integer TOTAL_CHANGE_AMOUNT_LOW = 152; //累计充电能量（低位）
    public static final Integer TOTAL_CHANGE_AMOUNT_HIGH = 153; //累计充电能量（高位）
    public static final Integer THIS_CHANGE_LOW = 154; //本次充电容量（低位）
    public static final Integer THIS_CHANGE_HIGH = 155; //本次充电容量（高位）
    public static final Integer THIS_DIS_CHANGE_LOW = 156; //本次放电容量（低位）
    public static final Integer THIS_DIS_CHANGE_HIGH = 157; //本次放电容量（高位）
    public static final Integer THIS_CHANGE_TIME_LOW = 158; //本次充电时间（低位）
    public static final Integer THIS_CHANGE_TIME_HIGH = 159; //本次充电时间（高位）
    public static final Integer THIS_DIS_CHANGE_TIME_LOW = 160; //本次放电时间（低位）
    public static final Integer THIS_DIS_CHANGE_TIME_HIGH = 161; //本次放电时间（高位）
    public static final Integer THIS_DIS_CHANGE_AMOUNT_LOW = 162; //本次放电能量（低位）
    public static final Integer THIS_DIS_CHANGE_AMOUNT_HIGH = 163; //本次放电能量（高位）
    public static final Integer THIS_CHANGE_AMOUNT_LOW = 164; //本次充电能量（低位）
    public static final Integer THIS_CHANGE_AMOUNT_HIGH = 165; //本次充电能量（高位）
    public static final Integer ALARM_CHARGE_3_LEVEL_HIGH = 166; //充电-总压高 3级报警
    public static final Integer ALARM_CHARGE_3_LEVEL_LOW = 167; //充电-总压低 3级报警

    public static final Integer ALARM_CHARGE_3_LEVEL_SINGLE_HIGH = 168; //充电-单体高 3级报警
    public static final Integer ALARM_CHARGE_3_LEVEL_SINGLE_LOW = 169; //充电-单体低 3级报警
    public static final Integer ALARM_CHARGE_3_LEVEL_SINGLE_DIFF = 170; //充电-单体压差大 3级报警
    public static final Integer ALARM_CHARGE_3_LEVEL_TEMP_HIGH = 171; //充电-温度高 3级报警
    public static final Integer ALARM_CHARGE_3_LEVEL_TEMP_LOW = 172; //充电-温度低 3级报警
    public static final Integer ALARM_CHARGE_3_LEVEL_TEMP_DIFF = 173; //充电-温差大 3级报警
    public static final Integer ALARM_CHARGE_3_LEVEL_TEMP_OVER_CURRENT = 174; //充电-过流 3级报警
    public static final Integer ALARM_DIS_CHARGE_3_LEVEL_HIGH = 175; //放电-总压高 3级报警
    public static final Integer ALARM_DIS_CHARGE_3_LEVEL_LOW = 176; //放电-总压低 3级报警
    public static final Integer ALARM_DIS_CHARGE_3_LEVEL_SINGLE_HIGH = 177; //放电-单体高 3级报警
    public static final Integer ALARM_DIS_CHARGE_3_LEVEL_SINGLE_LOW = 178; //放电-单体低 3级报警
    public static final Integer ALARM_DIS_CHARGE_3_LEVEL_SINGLE_DIFF = 179; //放电-单体压差大 3级报警
    public static final Integer ALARM_DIS_CHARGE_3_LEVEL_TEMP_HIGH = 180; //放电-温度高 3级报警
    public static final Integer ALARM_DIS_CHARGE_3_LEVEL_TEMP_LOW = 181; //放电-温度低 3级报警
    public static final Integer ALARM_DIS_CHARGE_3_LEVEL_TEMP_DIFF = 182; //放电-温差大 3级报警
    public static final Integer ALARM_DIS_CHARGE_3_LEVEL_OVER_CURRENT = 183; //放电-过流 3级报警
    public static final Integer ALARM_SOC_LOW_3_LEVEL = 184; //SOC过低 3级报警
    public static final Integer ALARM_INSULATION_FAULT_3_LEVEL = 185; //绝缘故障 3级报警
    public static final Integer ALARM_CHARGE_2_LEVEL_HIGH = 186; //充电-总压高 2级报警
    public static final Integer ALARM_CHARGE_2_LEVEL_LOW = 187; //充电-总压低 2级报警
    public static final Integer ALARM_CHARGE_2_LEVEL_SINGLE_HIGH = 188; //充电-单体高 2级报警
    public static final Integer ALARM_CHARGE_2_LEVEL_SINGLE_LOW = 189; //充电-单体低 2级报警
    public static final Integer ALARM_CHARGE_2_LEVEL_SINGLE_DIFF = 190; //充电-单体压差大 2级报警
    public static final Integer ALARM_CHARGE_2_LEVEL_TEMP_HIGH = 191; //充电-温度高 2级报警
    public static final Integer ALARM_CHARGE_2_LEVEL_TEMP_LOW = 192; //充电-温度低 2级报警
    public static final Integer ALARM_CHARGE_2_LEVEL_TEMP_DIFF = 193; //充电-温差大 2级报警
    public static final Integer ALARM_CHARGE_2_LEVEL_TEMP_OVER_CURRENT = 194; //充电-过流 2级报警
    public static final Integer ALARM_DIS_CHARGE_2_LEVEL_HIGH = 195; //放电-总压高 2级报警
    public static final Integer ALARM_DIS_CHARGE_2_LEVEL_LOW = 196; //放电-总压低 2级报警
    public static final Integer ALARM_DIS_CHARGE_2_LEVEL_SINGLE_HIGH = 197; //放电-单体高 2级报警
    public static final Integer ALARM_DIS_CHARGE_2_LEVEL_SINGLE_LOW = 198; //放电-单体低 2级报警
    public static final Integer ALARM_DIS_CHARGE_2_LEVEL_SINGLE_DIFF = 199; //放电-单体压差大 2级报警
    public static final Integer ALARM_DIS_CHARGE_2_LEVEL_TEMP_HIGH = 200; //放电-温度高 2级报警
    public static final Integer ALARM_DIS_CHARGE_2_LEVEL_TEMP_LOW = 201; //放电-温度低 2级报警
    public static final Integer ALARM_DIS_CHARGE_2_LEVEL_TEMP_DIFF = 202; //放电-温差大 2级报警
    public static final Integer ALARM_DIS_CHARGE_2_LEVEL_OVER_CURRENT = 203; //放电-过流 2级报警
    public static final Integer ALARM_SOC_LOW_2_LEVEL = 204; //SOC过低 2级报警
    public static final Integer ALARM_INSULATION_FAULT_2_LEVEL = 205; //绝缘故障 2级报警
    public static final Integer ALARM_CHARGE_1_LEVEL_HIGH = 206; //充电-总压高 1级报警
    public static final Integer ALARM_CHARGE_1_LEVEL_LOW = 207; //充电-总压低 1级报警
    public static final Integer ALARM_CHARGE_1_LEVEL_SINGLE_HIGH = 208; //充电-单体高 1级报警
    public static final Integer ALARM_CHARGE_1_LEVEL_SINGLE_LOW = 209; //充电-单体低 1级报警
    public static final Integer ALARM_CHARGE_1_LEVEL_SINGLE_DIFF = 210; //充电-单体压差大 1级报警
    public static final Integer ALARM_CHARGE_1_LEVEL_TEMP_HIGH = 211; //充电-温度高 1级报警
    public static final Integer ALARM_CHARGE_1_LEVEL_TEMP_LOW = 212; //充电-温度低 1级报警
    public static final Integer ALARM_CHARGE_1_LEVEL_TEMP_DIFF = 213; //充电-温差大 1级报警
    public static final Integer ALARM_CHARGE_1_LEVEL_TEMP_OVER_CURRENT = 214; //充电-过流 1级报警
    public static final Integer ALARM_DIS_CHARGE_1_LEVEL_HIGH = 215; //放电-总压高 1级报警
    public static final Integer ALARM_DIS_CHARGE_1_LEVEL_LOW = 216; //放电-总压低 1级报警
    public static final Integer ALARM_DIS_CHARGE_1_LEVEL_SINGLE_HIGH = 217; //放电-单体高 1级报警
    public static final Integer ALARM_DIS_CHARGE_1_LEVEL_SINGLE_LOW = 218; //放电-单体低 1级报警
    public static final Integer ALARM_DIS_CHARGE_1_LEVEL_SINGLE_DIFF = 219; //放电-单体压差大 1级报警
    public static final Integer ALARM_DIS_CHARGE_1_LEVEL_TEMP_HIGH = 220; //放电-温度高 1级报警
    public static final Integer ALARM_DIS_CHARGE_1_LEVEL_TEMP_LOW = 221; //放电-温度低 1级报警
    public static final Integer ALARM_DIS_CHARGE_1_LEVEL_TEMP_DIFF = 222; //放电-温差大 1级报警
    public static final Integer ALARM_DIS_CHARGE_1_LEVEL_OVER_CURRENT = 223; //放电-过流 1级报警
    public static final Integer ALARM_SOC_LOW_1_LEVEL = 224; //SOC过低 1级报警
    public static final Integer ALARM_INSULATION_FAULT_1_LEVEL = 225; //绝缘故障 1级报警


    //---------------------------------------------------------------以下BMS数据未上传--------------------------------------------------------
    public static final Integer RTC_YEAR = 226; //配置RTC_年
    public static final Integer RTC_MONTH = 227; //配置RTC_月（高8位）
    public static final Integer RTC_DAY = 228; //配置RTC_日（低8位）
    public static final Integer RTC_HOUR = 229; //配置RTC_时
    public static final Integer RTC_MIN = 230; //配置RTC_分（高8位）
    public static final Integer RTC_SEC = 231; //配置RTC_秒（低8位）
    //---------------------------------------------------------------以上BMS数据未上传--------------------------------------------------------


    // BMS电池单体电压
    public static final Integer VOLTAGE_SINGLE_1 = 2000;
    public static final Integer VOLTAGE_SINGLE_2 = 2001;
    public static final Integer VOLTAGE_SINGLE_3 = 2002;
    public static final Integer VOLTAGE_SINGLE_4 = 2003;
    public static final Integer VOLTAGE_SINGLE_5 = 2004;
    public static final Integer VOLTAGE_SINGLE_6 = 2005;
    public static final Integer VOLTAGE_SINGLE_7 = 2006;
    public static final Integer VOLTAGE_SINGLE_8 = 2007;
    public static final Integer VOLTAGE_SINGLE_9 = 2008;
    public static final Integer VOLTAGE_SINGLE_10 = 2009;
    public static final Integer VOLTAGE_SINGLE_11 = 2010;
    public static final Integer VOLTAGE_SINGLE_12 = 2011;
    public static final Integer VOLTAGE_SINGLE_13 = 2012;
    public static final Integer VOLTAGE_SINGLE_14 = 2013;
    public static final Integer VOLTAGE_SINGLE_15 = 2014;
    public static final Integer VOLTAGE_SINGLE_16 = 2015;
    public static final Integer VOLTAGE_SINGLE_17 = 2016;
    public static final Integer VOLTAGE_SINGLE_18 = 2017;
    public static final Integer VOLTAGE_SINGLE_19 = 2018;
    public static final Integer VOLTAGE_SINGLE_20 = 2019;
    public static final Integer VOLTAGE_SINGLE_21 = 2020;
    public static final Integer VOLTAGE_SINGLE_22 = 2021;
    public static final Integer VOLTAGE_SINGLE_23 = 2022;
    public static final Integer VOLTAGE_SINGLE_24 = 2023;
    public static final Integer VOLTAGE_SINGLE_25 = 2024;
    public static final Integer VOLTAGE_SINGLE_26 = 2025;
    public static final Integer VOLTAGE_SINGLE_27 = 2026;
    public static final Integer VOLTAGE_SINGLE_28 = 2027;
    public static final Integer VOLTAGE_SINGLE_29 = 2028;
    public static final Integer VOLTAGE_SINGLE_30 = 2029;
    public static final Integer VOLTAGE_SINGLE_31 = 2030;
    public static final Integer VOLTAGE_SINGLE_32 = 2031;
    public static final Integer VOLTAGE_SINGLE_33 = 2032;
    public static final Integer VOLTAGE_SINGLE_34 = 2033;
    public static final Integer VOLTAGE_SINGLE_35 = 2034;
    public static final Integer VOLTAGE_SINGLE_36 = 2035;
    public static final Integer VOLTAGE_SINGLE_37 = 2036;
    public static final Integer VOLTAGE_SINGLE_38 = 2037;
    public static final Integer VOLTAGE_SINGLE_39 = 2038;
    public static final Integer VOLTAGE_SINGLE_40 = 2039;
    public static final Integer VOLTAGE_SINGLE_41 = 2040;
    public static final Integer VOLTAGE_SINGLE_42 = 2041;
    public static final Integer VOLTAGE_SINGLE_43 = 2042;
    public static final Integer VOLTAGE_SINGLE_44 = 2043;
    public static final Integer VOLTAGE_SINGLE_45 = 2044;
    public static final Integer VOLTAGE_SINGLE_46 = 2045;
    public static final Integer VOLTAGE_SINGLE_47 = 2046;
    public static final Integer VOLTAGE_SINGLE_48 = 2047;
    public static final Integer VOLTAGE_SINGLE_49 = 2048;
    public static final Integer VOLTAGE_SINGLE_50 = 2049;
    public static final Integer VOLTAGE_SINGLE_51 = 2050;
    public static final Integer VOLTAGE_SINGLE_52 = 2051;
    public static final Integer VOLTAGE_SINGLE_53 = 2052;
    public static final Integer VOLTAGE_SINGLE_54 = 2053;
    public static final Integer VOLTAGE_SINGLE_55 = 2054;
    public static final Integer VOLTAGE_SINGLE_56 = 2055;
    public static final Integer VOLTAGE_SINGLE_57 = 2056;
    public static final Integer VOLTAGE_SINGLE_58 = 2057;
    public static final Integer VOLTAGE_SINGLE_59 = 2058;
    public static final Integer VOLTAGE_SINGLE_60 = 2059;
    public static final Integer VOLTAGE_SINGLE_61 = 2060;
    public static final Integer VOLTAGE_SINGLE_62 = 2061;
    public static final Integer VOLTAGE_SINGLE_63 = 2062;
    public static final Integer VOLTAGE_SINGLE_64 = 2063;
    public static final Integer VOLTAGE_SINGLE_65 = 2064;
    public static final Integer VOLTAGE_SINGLE_66 = 2065;
    public static final Integer VOLTAGE_SINGLE_67 = 2066;
    public static final Integer VOLTAGE_SINGLE_68 = 2067;
    public static final Integer VOLTAGE_SINGLE_69 = 2068;
    public static final Integer VOLTAGE_SINGLE_70 = 2069;
    public static final Integer VOLTAGE_SINGLE_71 = 2070;
    public static final Integer VOLTAGE_SINGLE_72 = 2071;
    public static final Integer VOLTAGE_SINGLE_73 = 2072;
    public static final Integer VOLTAGE_SINGLE_74 = 2073;
    public static final Integer VOLTAGE_SINGLE_75 = 2074;
    public static final Integer VOLTAGE_SINGLE_76 = 2075;
    public static final Integer VOLTAGE_SINGLE_77 = 2076;
    public static final Integer VOLTAGE_SINGLE_78 = 2077;
    public static final Integer VOLTAGE_SINGLE_79 = 2078;
    public static final Integer VOLTAGE_SINGLE_80 = 2079;
    public static final Integer VOLTAGE_SINGLE_81 = 2080;
    public static final Integer VOLTAGE_SINGLE_82 = 2081;
    public static final Integer VOLTAGE_SINGLE_83 = 2082;
    public static final Integer VOLTAGE_SINGLE_84 = 2083;
    public static final Integer VOLTAGE_SINGLE_85 = 2084;
    public static final Integer VOLTAGE_SINGLE_86 = 2085;
    public static final Integer VOLTAGE_SINGLE_87 = 2086;
    public static final Integer VOLTAGE_SINGLE_88 = 2087;
    public static final Integer VOLTAGE_SINGLE_89 = 2088;
    public static final Integer VOLTAGE_SINGLE_90 = 2089;
    public static final Integer VOLTAGE_SINGLE_91 = 2090;
    public static final Integer VOLTAGE_SINGLE_92 = 2091;
    public static final Integer VOLTAGE_SINGLE_93 = 2092;
    public static final Integer VOLTAGE_SINGLE_94 = 2093;
    public static final Integer VOLTAGE_SINGLE_95 = 2094;
    public static final Integer VOLTAGE_SINGLE_96 = 2095;
    public static final Integer VOLTAGE_SINGLE_97 = 2096;
    public static final Integer VOLTAGE_SINGLE_98 = 2097;
    public static final Integer VOLTAGE_SINGLE_99 = 2098;
    public static final Integer VOLTAGE_SINGLE_100 = 2099;
    public static final Integer VOLTAGE_SINGLE_101 = 2100;
    public static final Integer VOLTAGE_SINGLE_102 = 2101;
    public static final Integer VOLTAGE_SINGLE_103 = 2102;
    public static final Integer VOLTAGE_SINGLE_104 = 2103;
    public static final Integer VOLTAGE_SINGLE_105 = 2104;
    public static final Integer VOLTAGE_SINGLE_106 = 2105;
    public static final Integer VOLTAGE_SINGLE_107 = 2106;
    public static final Integer VOLTAGE_SINGLE_108 = 2107;
    public static final Integer VOLTAGE_SINGLE_109 = 2108;
    public static final Integer VOLTAGE_SINGLE_110 = 2109;
    public static final Integer VOLTAGE_SINGLE_111 = 2110;
    public static final Integer VOLTAGE_SINGLE_112 = 2111;
    public static final Integer VOLTAGE_SINGLE_113 = 2112;
    public static final Integer VOLTAGE_SINGLE_114 = 2113;
    public static final Integer VOLTAGE_SINGLE_115 = 2114;
    public static final Integer VOLTAGE_SINGLE_116 = 2115;
    public static final Integer VOLTAGE_SINGLE_117 = 2116;
    public static final Integer VOLTAGE_SINGLE_118 = 2117;
    public static final Integer VOLTAGE_SINGLE_119 = 2118;
    public static final Integer VOLTAGE_SINGLE_120 = 2119;
    public static final Integer VOLTAGE_SINGLE_121 = 2120;
    public static final Integer VOLTAGE_SINGLE_122 = 2121;
    public static final Integer VOLTAGE_SINGLE_123 = 2122;
    public static final Integer VOLTAGE_SINGLE_124 = 2123;
    public static final Integer VOLTAGE_SINGLE_125 = 2124;
    public static final Integer VOLTAGE_SINGLE_126 = 2125;
    public static final Integer VOLTAGE_SINGLE_127 = 2126;
    public static final Integer VOLTAGE_SINGLE_128 = 2127;
    public static final Integer VOLTAGE_SINGLE_129 = 2118;
    public static final Integer VOLTAGE_SINGLE_130 = 2129;
    public static final Integer VOLTAGE_SINGLE_131 = 2130;
    public static final Integer VOLTAGE_SINGLE_132 = 2131;
    public static final Integer VOLTAGE_SINGLE_133 = 2132;
    public static final Integer VOLTAGE_SINGLE_134 = 2133;
    public static final Integer VOLTAGE_SINGLE_135 = 2134;
    public static final Integer VOLTAGE_SINGLE_136 = 2135;
    public static final Integer VOLTAGE_SINGLE_137 = 2136;
    public static final Integer VOLTAGE_SINGLE_138 = 2137;
    public static final Integer VOLTAGE_SINGLE_139 = 2138;
    public static final Integer VOLTAGE_SINGLE_140 = 2139;
    public static final Integer VOLTAGE_SINGLE_141 = 2140;
    public static final Integer VOLTAGE_SINGLE_142 = 2141;
    public static final Integer VOLTAGE_SINGLE_143 = 2142;
    public static final Integer VOLTAGE_SINGLE_144 = 2143;
    public static final Integer VOLTAGE_SINGLE_145 = 2144;
    public static final Integer VOLTAGE_SINGLE_146 = 2145;
    public static final Integer VOLTAGE_SINGLE_147 = 2146;
    public static final Integer VOLTAGE_SINGLE_148 = 2147;
    public static final Integer VOLTAGE_SINGLE_149 = 2148;
    public static final Integer VOLTAGE_SINGLE_150 = 2149;
    public static final Integer VOLTAGE_SINGLE_151 = 2150;
    public static final Integer VOLTAGE_SINGLE_152 = 2151;
    public static final Integer VOLTAGE_SINGLE_153 = 2152;
    public static final Integer VOLTAGE_SINGLE_154 = 2153;
    public static final Integer VOLTAGE_SINGLE_155 = 2154;
    public static final Integer VOLTAGE_SINGLE_156 = 2155;
    public static final Integer VOLTAGE_SINGLE_157 = 2156;
    public static final Integer VOLTAGE_SINGLE_158 = 2157;
    public static final Integer VOLTAGE_SINGLE_159 = 2158;
    public static final Integer VOLTAGE_SINGLE_160 = 2159;
    public static final Integer VOLTAGE_SINGLE_161 = 2160;
    public static final Integer VOLTAGE_SINGLE_162 = 2161;
    public static final Integer VOLTAGE_SINGLE_163 = 2162;
    public static final Integer VOLTAGE_SINGLE_164 = 2163;
    public static final Integer VOLTAGE_SINGLE_165 = 2164;
    public static final Integer VOLTAGE_SINGLE_166 = 2165;
    public static final Integer VOLTAGE_SINGLE_167 = 2166;
    public static final Integer VOLTAGE_SINGLE_168 = 2167;
    public static final Integer VOLTAGE_SINGLE_169 = 2168;
    public static final Integer VOLTAGE_SINGLE_170 = 2169;
    public static final Integer VOLTAGE_SINGLE_171 = 2170;
    public static final Integer VOLTAGE_SINGLE_172 = 2171;
    public static final Integer VOLTAGE_SINGLE_173 = 2172;
    public static final Integer VOLTAGE_SINGLE_174 = 2173;
    public static final Integer VOLTAGE_SINGLE_175 = 2174;
    public static final Integer VOLTAGE_SINGLE_176 = 2175;
    public static final Integer VOLTAGE_SINGLE_177 = 2176;
    public static final Integer VOLTAGE_SINGLE_178 = 2177;
    public static final Integer VOLTAGE_SINGLE_179 = 2178;
    public static final Integer VOLTAGE_SINGLE_180 = 2179;
    public static final Integer VOLTAGE_SINGLE_181 = 2180;
    public static final Integer VOLTAGE_SINGLE_182 = 2181;
    public static final Integer VOLTAGE_SINGLE_183 = 2182;
    public static final Integer VOLTAGE_SINGLE_184 = 2183;
    public static final Integer VOLTAGE_SINGLE_185 = 2184;
    public static final Integer VOLTAGE_SINGLE_186 = 2185;
    public static final Integer VOLTAGE_SINGLE_187 = 2186;
    public static final Integer VOLTAGE_SINGLE_188 = 2187;
    public static final Integer VOLTAGE_SINGLE_189 = 2188;
    public static final Integer VOLTAGE_SINGLE_190 = 2189;
    public static final Integer VOLTAGE_SINGLE_191 = 2190;
    public static final Integer VOLTAGE_SINGLE_192 = 2191;
    public static final Integer VOLTAGE_SINGLE_193 = 2192;
    public static final Integer VOLTAGE_SINGLE_194 = 2193;
    public static final Integer VOLTAGE_SINGLE_195 = 2194;
    public static final Integer VOLTAGE_SINGLE_196 = 2195;
    public static final Integer VOLTAGE_SINGLE_197 = 2196;
    public static final Integer VOLTAGE_SINGLE_198 = 2197;
    public static final Integer VOLTAGE_SINGLE_199 = 2198;
    public static final Integer VOLTAGE_SINGLE_200 = 2199;
    public static final Integer VOLTAGE_SINGLE_201 = 2200;
    public static final Integer VOLTAGE_SINGLE_202 = 2201;
    public static final Integer VOLTAGE_SINGLE_203 = 2202;
    public static final Integer VOLTAGE_SINGLE_204 = 2203;
    public static final Integer VOLTAGE_SINGLE_205 = 2204;
    public static final Integer VOLTAGE_SINGLE_206 = 2205;
    public static final Integer VOLTAGE_SINGLE_207 = 2206;
    public static final Integer VOLTAGE_SINGLE_208 = 2207;
    public static final Integer VOLTAGE_SINGLE_209 = 2208;
    public static final Integer VOLTAGE_SINGLE_210 = 2209;
    public static final Integer VOLTAGE_SINGLE_211 = 2210;
    public static final Integer VOLTAGE_SINGLE_212 = 2211;
    public static final Integer VOLTAGE_SINGLE_213 = 2212;
    public static final Integer VOLTAGE_SINGLE_214 = 2213;
    public static final Integer VOLTAGE_SINGLE_215 = 2214;
    public static final Integer VOLTAGE_SINGLE_216 = 2215;

    // BMS温感温度值
    public static final Integer TEMP_SENSOR_1 = 2216; //BMS温感温度值1
    public static final Integer TEMP_SENSOR_2 = 2217; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_3 = 2218; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_4 = 2219; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_5 = 2220; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_6 = 2221; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_7 = 2222; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_8 = 2223; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_9 = 2224; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_10 = 2225; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_11 = 2226; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_12 = 2227; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_13 = 2228; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_14 = 2229; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_15 = 2230; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_16 = 2231; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_17 = 2232; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_18 = 2233; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_19 = 2234; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_20 = 2245; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_21 = 2256; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_22 = 2237; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_23 = 2238; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_24 = 2239; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_25 = 2240; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_26 = 2241; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_27 = 2242; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_28 = 2243; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_29 = 2244; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_30 = 2245; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_31 = 2246; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_32 = 2247; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_33 = 2248; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_34 = 2249; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_35 = 2250; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_36 = 2251; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_37 = 2252; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_38 = 2253; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_39 = 2254; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_40 = 2255; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_41 = 2256; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_42 = 2257; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_43 = 2258; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_44 = 2259; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_45 = 2260; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_46 = 2261; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_47 = 2262; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_48 = 2263; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_49 = 2264; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_50 = 2265; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_51 = 2266; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_52 = 2267; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_53 = 2268; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_54 = 2269; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_55 = 2270; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_56 = 2271; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_57 = 2272; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_58 = 2273; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_59 = 2274; //绝缘故障 1级报警
    public static final Integer TEMP_SENSOR_60 = 2275; //温感60温度











    /***************************************
     * PCS部分数据
     */
    public static final Integer PCS_OUT_A_VOLTAGE = 1;//输出A相电压
    public static final Integer PCS_OUT_B_VOLTAGE = 2;//输出B相电压
    public static final Integer PCS_OUT_C_VOLTAGE = 3;//输出C相电压
    public static final Integer PCS_OUT_A_CURRENT = 4;//输出A相电流
    public static final Integer PCS_OUT_B_CURRENT = 5;
    public static final Integer PCS_OUT_C_CURRENT = 6;
    public static final Integer PCS_GRID_FREQUENCY = 7;//电网频率
    public static final Integer PCS_BATTERY_VOLTAGE = 8;//电池电压
    public static final Integer PCS_BATTERY_CURRENT = 9;//电池电流
    public static final Integer PCS_DC_POWER = 10;//直流功率
    public static final Integer PCS_AC_OUT_POWER = 11;//交流输出总视在功率
    public static final Integer PCS_AC_OUT_ACTIVE_POWER = 12;//交流输出总有功功率
    public static final Integer PCS_AC_OUT_REACTIVE_POWER = 13;
    public static final Integer PCS_WORK_STATUS = 18;//PCS工作状态：【停机，待机，运行，故障】
    public static final Integer PCS_AMBIENT_TEMP = 22;//环境温度
    public static final Integer PCS_AC_POWER_FACTOR = 25;
    public static final Integer PCS_AC_A_APP_POWER = 26;//交流A相视在功率
    public static final Integer PCS_AC_B_APP_POWER = 27;
    public static final Integer PCS_AC_C_APP_POWER = 28;
    public static final Integer PCS_AC_A_ACTIVE_POWER = 29;//交流A相有功功率
    public static final Integer PCS_AC_B_ACTIVE_POWER = 30;
    public static final Integer PCS_AC_C_ACTIVE_POWER = 31;
    public static final Integer PCS_AC_A_APP_REACTIVE_POWER = 32;
    public static final Integer PCS_AC_B_APP_REACTIVE_POWER = 33;
    public static final Integer PCS_AC_C_APP_REACTIVE_POWER = 34;
    public static final Integer PCS_OUT_AB_VOLTAGE = 200;//输出AB线电压
    public static final Integer PCS_OUT_BC_VOLTAGE = 201;//输出BC线电压
    public static final Integer PCS_OUT_AC_VOLTAGE = 202;//输出AC线电压
    public static final Integer PCS_INDUCTANCE_A_CURRENT = 209;//电感A相电流
    public static final Integer PCS_INDUCTANCE_B_CURRENT = 210;//电感B相电流
    public static final Integer PCS_INDUCTANCE_C_CURRENT = 211;//电感C相电流
    public static final Integer PCS_POWER_GRID_SEQUENCE = 213;//当前电网相序
    public static final Integer PCS_BUS_VOLTAGE = 248;//总母线电压
    public static final Integer PCS_JUST_BUS_VOLTAGE = 249;//正母线电压
    public static final Integer PCS_SUB_BUS_VOLTAGE = 250;
    public static final Integer PCS_DC_TOTAL_CURRENT = 254;//直流总电流
    public static final Integer PCS_INDUCTANCE_TEMP = 258;//电感温度
    public static final Integer PCS_IGBT_TEMP = 260;//IGBT温度

    public static final Integer PCS_HARD_FAIL_BIT_1 = 261;//硬件故障字1
    public static final Integer PCS_HARD_FAIL_BIT_2 = 262;//硬件故障字2
    public static final Integer PCS_POWER_FAIL_BIT = 263;//电网故障字
    public static final Integer PCS_BUS_FAIL_BIT = 264;//264	母线故障字
    public static final Integer PCS_AC_FAIL_BIT = 265;//265	交流电容故障字
    public static final Integer PCS_SYSTEM_FAIL_BIT = 266;//系统故障字
    public static final Integer PCS_ON_OFF_FAIL_BIT = 267;//开关故障字
    public static final Integer PCS_OTHER_FAIL_BIT = 268;//其他故障字

    public static final Integer PCS_ACTUAL_WORK_MODEL = 269;//当前实际充放电工作模式
    public static final Integer PCS_A_POWER_FACTOR = 272;//A相功率因数
    public static final Integer PCS_B_POWER_FACTOR = 273;//B相功率因数
    public static final Integer PCS_C_POWER_FACTOR = 274;//C相功率因数
    public static final Integer PCS_DC_HISTORY_CHARGE_AMOUNT = 275;//直流历史充电量
    public static final Integer PCS_DC_DAY_CHARGE_AMOUNT = 276;//直流日充电量
    public static final Integer PCS_DC_HISTORY_DIS_CHARGE_AMOUNT = 277;//直流历史放电量
    public static final Integer PCS_DC_DAY_DIS_CHARGE_AMOUNT = 278;//直流日放电量
    public static final Integer PCS_AC_HISTORY_CHARGE_AMOUNT = 279;//交流历史充电量
    public static final Integer PCS_AC_DAY_CHARGE_AMOUNT = 280;//交流日充电量
    public static final Integer PCS_AC_HISTORY_DIS_CHARGE_AMOUNT = 281;
    public static final Integer PCS_AC_DAY_DIS_CHARGE__AMOUNT = 282;//交流日放电量
    public static final Integer PCS_DIS_CHARGE_POWER = 283;//下设有功充电/放电功率
    public static final Integer PCS_REACTIVE_POWER = 284;//无功功率补偿功率设置
    public static final Integer PCS_OFF_GRID_MODEL_SET = 285;//离网模式设置
    public static final Integer PCS_MODULE_OPERARTOR_MODEL_SET = 286;//模块运行模式设置

    public static final Integer PCS_A_ACTIVE_POWER = 287;
    public static final Integer PCS_A_REACTIVE_POWER = 288;
    public static final Integer PCS_B_ACTIVE_POWER = 289;
    public static final Integer PCS_B_REACTIVE_POWER = 290;
    public static final Integer PCS_C_ACTIVE_POWER = 291;
    public static final Integer PCS_C_REACTIVE_POWER = 292;
    public static final Integer PCS_BATTERY_OVER_VOLTAGE = 293;//电池过压保护点
    public static final Integer PCS_BATTERY_UN_VOLTAGE = 294;//电池欠压保护点
    public static final Integer PCS_MAX_CHARGE_DIS_CURRENT = 295;//并网允许最大充电/放电电流
    public static final Integer PCS_BUS_OVER_VOLTAGE = 296;//母线过压保护点
    public static final Integer PCS_BUS_UN_VOLTAGE = 297;//母线欠压保护点
    public static final Integer PCS_DC_OVER_CURRENT = 298;//直流过流保护点
    public static final Integer PCS_AC_OVER_VOLTAGE = 299;//交流线电压过压保护点
    public static final Integer PCS_AC_UN_VOLTAGE = 300;//交流线电压欠压保护点
    public static final Integer PCS_AC_OVER_CURRENT = 301;//交流过流保护点
    public static final Integer PCS_MODULE_OVER_TEMP = 302;//模块过温保护点
    public static final Integer PCS_CONST_CURRENT_TO_CONST_VOLTAGE = 303;//恒流转恒压充电电池电压点
    public static final Integer PCS_CONST_VOLTAGE = 304;//电池恒压充电电压
    public static final Integer PCS_CONST_MAX_TIME = 305;//恒压充电最大时间限制
    public static final Integer PCS_CONST_TO_FLOAT_CURRENT_SET = 306;//恒压转浮充电流点设置
    public static final Integer PCS_FLOAT_VOLTAGE_SET = 307;//电池浮充电压点设置
    public static final Integer PCS_FLOAT_TO_CONST_CURRENT_SET = 308;//浮充转恒流电流点设置
    public static final Integer PCS_POWER_ON_OFF_COMM = 309;//开机关机指令
    public static final Integer PCS_FAIL_RESET_COMM = 310;//故障复位指令
    public static final Integer PCS_CURING_PARAM_COMM = 311;//固化参数指令
    public static final Integer PCS_HMI_MODBUS_RATE = 315;//HMI Modbus波特率
    public static final Integer PCS_RE_MODBUS_RATE = 313;//ReModbus波特率
    public static final Integer PCS_HMI_MODBUS_ADDRESS = 314;//HMI Modbus地址
    public static final Integer PCS_RE_MODBUS_ADDRESS = 312;//ReModbus地址


    public static final Integer PCS_BMS_FAIL_TIMES = 316;//EMS（BMS）通讯故障时间阈值


    public static final Integer PCS_DSP_VERSION_V_INFO = 20001;//DSP版本软件V信息
    public static final Integer PCS_DSP_VERSION_B_INFO = 20002;//DSP版本软件B信息
    public static final Integer PCS_DSP_VERSION_D_INFO = 20003;//DSP版本软件D信息
    public static final Integer PCS_CPLD_VERSION_V_INFO = 20004;//CPLD版本软件V信息
    public static final Integer PCS_CPLD_VERSION_B_INFO = 20005;//CPLD版本软件B信息
    public static final Integer PCS_CPLD_VERSION_D_INFO = 20006;//CPLD版本软件D信息


    // PCS的故障警告，从20007到20083都是PCS的警告
    public static final Integer PCS_IGBT_HARD_OVER_CURRENT_FLAG = 20007;//IGBT 硬件过流标志
    public static final Integer PCS_BUS_HARD_OVER_VOLTAGE_FLAG = 20008;//母线硬件过压标志
    public static final Integer PCS_POWER_MODULE_CURRENT_LIMIT_FLAG = 20009;//功率模块逐波限流标志
    public static final Integer PCS_MODULE_OVER_CURRENT_FLAG = 20010;//平衡模块硬件过流标志
    public static final Integer PCS_24_V_FAIL_FLAG = 20011;//24V 电源故障标志
    public static final Integer PCS_FAN_FAIL_FLAG = 20012;//风扇故障标志
    public static final Integer PCS_CONNECT_FAIL_FLAG = 20013;//连接故障标志
    public static final Integer PCS_LIGHT_FAIL_FLAG = 20014;//防雷器故障
    public static final Integer PCS_POWER_MODULE_OVER_TEMP_FLAG = 20015;//功率模块过温标志
    public static final Integer PCS_MODULE_OVER_TEMP_FLAG = 20016;//平衡模块过温标志
    public static final Integer PCS_15_V_FAIL_FLAG = 20017;//15V 电源故障标志
    public static final Integer PCS_SYSTEM_FIRE_FAIL_FLAG = 20018;//系统火警故障标志
    public static final Integer PCS_BATTERY_CONNECT_POINT_FAIL_FLAG = 20019;//电池干接点故障标志
    public static final Integer PCS_OVERLOAD_FAIL_FLAG = 20020;//过载故障标志（特定客户）
    public static final Integer PCS_A_OVER_VOLTAGE_FLAG = 20021;//A 相过压故障标
    public static final Integer PCS_B_OVER_VOLTAGE_FLAG = 20022;//B 相过压故障标
    public static final Integer PCS_C_OVER_VOLTAGE_FLAG = 20023;//C 相过压故障标志
    public static final Integer PCS_A_UN_VOLTAGE_FLAG = 20024;//A 相欠压故障标志
    public static final Integer PCS_B_UN_VOLTAGE_FLAG = 20025;//B 相欠压故障标志
    public static final Integer PCS_C_UN_VOLTAGE_FLAG = 20026;//C 相欠压故障标志

    public static final Integer PCS_POWER_GRID_OVER_POWER_FLAG = 20027;//电网过频
    public static final Integer PCS_POWER_GRID_UN_POWER_FLAG = 20028;//电网欠频
    public static final Integer PCS_POWER_GRID_SEQUENCE_ERROR_FLAG = 20029;//电网相序错误
    public static final Integer PCS_A_SEQUENCE_OVER_CURRENT_FLAG = 20030;//A 相软件过流
    public static final Integer PCS_B_SEQUENCE_OVER_CURRENT_FLAG = 20031;//B 相软件过流
    public static final Integer PCS_C_SEQUENCE_OVER_CURRENT_FLAG = 20032;//C 相软件过流
    public static final Integer PCS_POWER_GRID_VOLTAGE_IMBALANCE_FLAG = 20033;//电网电压不平衡
    public static final Integer PCS_POWER_GRID_CURRENT_IMBALANCE_FLAG = 20034;//电网电流不平衡
    public static final Integer PCS_POWER_GRID_LOSS_FLAG = 20035;//电网缺相
    public static final Integer PCS_N_OVER_CURRENT_FLAG = 20036;//N 线过流
    public static final Integer PCS_EXPECT_BUS_OVER_VOLTAGE_FLAG = 20037;//预充母线过压
    public static final Integer PCS_EXPECT_BUS_UN_VOLTAGE_FLAG = 20038;//预充母线欠压
    public static final Integer PCS_UNCONTRO_CURRENT_OVER_VOLTAGE_FLAG = 20039;//不控整流母线过压
    public static final Integer PCS_UNCONTRO_CURRENT_UN_VOLTAGE_FLAG = 20040;//不控整流母线欠压
    public static final Integer PCS_RUN_BUS_OVER_VOLTAGE_FLAG = 20041;//运行母线过压
    public static final Integer PCS_RUN_BUS_UN_VOLTAGE_FLAG = 20042;//运行母线欠压
    public static final Integer PCS_UNBALANCE_BUS_FLAG = 20043;//正负母线不平衡
    public static final Integer PCS_BATTERY_UN_VOLTAGE_FLAG = 20044;//电池欠压
    public static final Integer PCS_CURRENT_UN_VOLTAGE_FLAG = 20045;//电流模式母线欠压
    public static final Integer PCS_BATTERY_OVER_VOLTAGE_FLAG = 20046;//电池过压

    public static final Integer PCS_DC_PRE_CHARGE_OVER_CURRENT_FLAG = 20047;//直流预充电过流
    public static final Integer PCS_DC_OVER_CURRENT_FLAG = 20048;//直流过流
    public static final Integer PCS_MODULE_SOFT_OVER_CURRENT_FLAG = 20049;//平衡模块软件过流
    public static final Integer PCS_BATTERY_UNDER_CONNECT_FLAG = 20050;//电池反接
    public static final Integer PCS_PRE_CHARGE_OVER_TIME_FLAG = 20051;//预充电超时
    public static final Integer PCS_PRE_CHARGE_A_OVER_CURRENT_FLAG = 20052;//预充电 A 相过流
    public static final Integer PCS_PRE_CHARGE_B_OVER_CURRENT_FLAG = 20053;//预充电 B 相过流
    public static final Integer PCS_PRE_CHARGE_C_OVER_CURRENT_FLAG = 20054;//预充电 C 相过流
    public static final Integer PCS_AD_ZERO_FAIL_FLAG = 20055;//AD 采样零漂故障
    public static final Integer PCS_BMS_BATTERY_SYSTEM_FLAG = 20056;//BMS 电池系统故障
    public static final Integer PCS_STS_COMM_FAIL_FLAG = 20057;//STS 通信故障
    public static final Integer PCS_BMS_COMM_FAIL_FLAG = 20058;//BMS 通讯故障
    public static final Integer PCS_SALVE_CAN_FAIL_FLAG = 20059;//从模块 CAN 通信故障
    public static final Integer PCS_EMS_COMM_FAIL_FLAG = 20060;//EMS 通信故障
    public static final Integer PCS_PRE_CHARGE_CLOSE_FAIL_FLAG = 20061;//预充电继电器闭合失败
    public static final Integer PCS_PRE_CHARGE_OPEN_FAIL_FLAG = 20062;//预充电继电器断开失败
    public static final Integer PCS_PRE_CHARGE_CLOSE_ERROR_FLAG = 20063;//预充电继电器闭合状态错误
    public static final Integer PCS_PRE_CHARGE_OPEN_ERROR_FLAG = 20064;//预充电继电器断开状态错误
    public static final Integer PCS_MASTER_CLOSE_FAIL_FLAG = 20065;//主继电器闭合失败
    public static final Integer PCS_MASTER_OPEN_FAIL_FLAG = 20066;//主继电器断开失败
    public static final Integer PCS_MASTER_CLOSE_ERROR_FLAG = 20067;//主继电器闭合状态错误
    public static final Integer PCS_MASTER_OPEN_ERROR_FLAG = 20068;//主继电器断开状态错误
    public static final Integer PCS_AC_MASTER_CONNECT_FAIL_FLAG = 20069;//交流主继电器粘连故障
    public static final Integer PCS_DC_OPEN_FAIL_FLAG = 20070;//直流继电器开路故障
    public static final Integer PCS_INVERTER_A_OVER_VOLTAGE_FAIL_FLAG = 20071;//逆变电压 A 相过压故障标志
    public static final Integer PCS_INVERTER_B_OVER_VOLTAGE_FAIL_FLAG = 20072;//逆变电压 B 相过压故障标志
    public static final Integer PCS_INVERTER_C_OVER_VOLTAGE_FAIL_FLAG = 20073;//逆变电压 C 相过压故障标志
    public static final Integer PCS_POWER_GRID_IS_LAND_FLAG = 20074;//电网孤岛故障标志
    public static final Integer PCS_SYSTEM_RESONANCE_FAIL_FLAG = 20075;//系统谐振故障标志
    public static final Integer PCS_SOFT_OVER_VOLTAGE_FAIL_FLAG = 20076;//软件过压过流标志
    public static final Integer PCS_HIGH_VOLTAGE_OVER_TIME_FLAG = 20077;//高电压穿越超时故障标志
    public static final Integer PCS_INVERTER_A_UN_VOLTAGE_FLAG = 20078;//逆变电压 A 相欠压故障标志
    public static final Integer PCS_INVERTER_B_UN_VOLTAGE_FLAG = 20079;//逆变电压 B 相欠压故障标志
    public static final Integer PCS_INVERTER_C_UN_VOLTAGE_FLAG = 20080;//逆变电压 C 相欠压故障标志
    public static final Integer PCS_OFF_GRID_NO_SIGNAL_FAIL_FLAG = 20081;//离网无同步信号故障标志
    public static final Integer PCS_OFF_ROAD_SIGNAL_FAIL_FLAG = 20082;//离网短路故障标志
    public static final Integer PCS_LOW_VOLTAGE_OVER_TIME_FLAG = 20083;//低电压穿越超时故障标志


}
